Environment & Safety Gas Processing/LNG Maintenance & Reliability Petrochemicals Process Control Process Optimization Project Management Refining

Environment & Safety

Improve process reliability and reduce emissions with sealless pumps

Hermetic-Pumpen, GmbH: Koenig, P.  |  Lau, D.
Slovnaft Refinery: Zima, G.

Several successful applications were implemented at this refinery

Constructing and designing blast-resistant buildings

MB Industries: Gehring, G.
MMI Engineering: Summers, P.

New technology improves safety and reliability for this critical plant structure

Selecting instrumentation for safety instrumented system applications

exida LLC: Goble, W.

Follow these guidelines for the most effective and economical installations

Update your sulfur management program

Gas Technology Products Division, Merichem Chemical & Refinery Services LLC: Nagl, G. J.

Flexibility of liquid redox processing can optimize refinery sulfur handling

The foundation for safety excellence

Center for Chemical Process Safety: Berger, S.

Twenty years ago, on December 3, 1984, water contaminated a tank of methyl isocyanate (MIC) in Bhopal, India, initiating a series of events that led to a catastrophic release of toxic MIC, ultimately ..

Consider remote-control methods for floating roof tanks

API Raffineria di Ancona S.p.A.: Savini, A.  |  Spadaccini, A.

Continuous online methods fine-tune safety and control operations for these storage tanks

Applying temperature-activated relief devices

Carmagen Engineering, Inc.: Gollin, M.

Follow these system design and installation guidelines

Applying safety instrumented systems to raw natural gas complexes

ABB: Hood, A.

Safety transmitters provide a higher level of protection than conventional instruments

Re-evaluate recycling options for the Claus unit

Fluor: Nagpal, S.
Engineers India Ltd.: Sen, P. K.

This simulation-based study finds that significant sulfur recovery capacity is attainable through recycling

What HAZOP studies cannot do

Kuwait Oil Co.: Unni Krishnan, G.

Safety experts have extensively used this investigative methodology to identify possible hazards with new designs and operating units; however, these studies do have limits